Energy Transformation Simulation 1: Virtual-to-Dark Energy via Anti-Time Modulation

This Python simulation models the quantum energy transformation from virtual particle states to stabilized dark energy under anti-time modulation, as proposed in the "Anti-Time" theoretical framework by Gizem Bertan. It numerically solves the total energy conservation equation:Etotal(t)=Evirtual(t)+Evacuum(t)+Eanti(t)E_{\text{total}}(t) = E_{\text{virtual}}(t) + E_{\text{vacuum}}(t) + E_{\text{anti}}(t)Etotal​(t)=Evirtual​(t)+Evacuum​(t)+Eanti​(t)The simulation tracks the decay of virtual energy, the rise of anti-time-regulated energy, and its stabilization into a dark energy field. Parameters are based on Planck 2018 and DES data. This code was developed to support the peer-reviewed manuscript currently under evaluation.